Francisco De Santiago Requejo

MegaTrack provides a framework for efficient and anatomically accurate analysis of large-scale tractography datasets, enabling rapid dissection and metric extraction with high reproducibility and reduced processing time.

This paper introduces hypervoxels to improve neuroimaging analysis by integrating spatial and anatomical information from diffusion MRI data, enhancing detection of white matter effects in ALS.

The paper identifies a novel white matter pathway, the medial occipital longitudinal tract, connecting the parahippocampal place area to early visual cortex, suggesting it supports early visuospatial information encoding.

The paper evaluates tractography methods by analyzing a simulated dataset, finding that most algorithms generate many false-positive connections.